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from the Whirlpool Duet Service Manual:
Removing the washer front panel will require that the door switch be removed
and the boot be separated completely from the front panel opening.
The console must also be removed.
Access to these components requires that the top of the washer be removed.
Removing the Washer Top
Three screws secure the washer top at the back of the washer.
Remove the three screws and lift the top from the washer. (Fig. 4-4)
Removing the Console from the Cabinet
Disconnect the Touch Pad/LED Assembly ribbon connector from the left side of the Central Control Unit (Fig. 4-5)
and release it from the wiring harness brackets on the right side of the washer top.
Remove the detergent dispenser drawer by pressing down on the release tab at the back of the drawer (Fig. 4- 6A)
and pulling it completely out of the washer
Once the drawer is removed, remove the screw in the recessed hole next to the drawer opening.
Release the tab securing the right side of the console to the washer (Fig. 4-6B).
Open the washer door and place a flat-bladed screwdriver into the slot in the bottom center of the console (Fig. 4-6C).
Push the console up to release center console tab.
Be sure the ribbon cable clears the cabinet frame.
Removing the Touch Pad/LED Assembly from the Console
The Touch Pad/LED Assembly is removed as a single unit and contains the Push Buttons, LEDs, cable, etc. (Fig. 4-7A)
The buttons can be replaced separately as shown in Fig. 4-7B.
The washer door can be removed by removing the upper left shield cover and hinge cover.
Open the door and remove three screws securing the door hinge to the washer front and lifting upward.
Access to the door switch requires that the water seal boot be removed from the front of the washer. (Fig. 4-11)
Use a flat bladed screwdriver at the location of the retainer spring and pull the retainer forward
and then off the perimeter of the boot.
Ease the edge of the boot off of the lip of the washer front near the door switch. (Fig. 4-12)
Remove enough of the boot to gain access to the door switch behind the washer front panel.
The door switch is secured to the washer front panel with three screws.
Once these screws are removed, the door switch will remain in place until
it is lifted slightly and pulled back from the washer front panel
Next, remove the three screws securing the toe panel to the front of the washer (Fig. 4-14)
and remove the toe panel by lifting slightly and pulling forward.
Remove the two screws securing the bottom of the front panel to the washer,
and the two screws securing the top of the front panel to the washer.
The front panel can now be removed from the washer. (Fig. 4-15)
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Webinar Recordings Index Page 10/03/2017On-demand appliance repair training videos for Professional Appliantologist members Over 30 hours (and growing!) of original, high quality appliance training webinars developed and given by yours truly are at your fingertips, on topics you won't find anywhere else. Fill in those knowledge gaps, strengthen those areas of uncertainty, and boost your skills. Watch on mobile or desktop at your convenience whenever, wherever. Ultra Short Primer on Basic Electricity, Circuits, Ohm's Law, and Schematic Reading (Length: 1:04:48) Basic Refrigerator Troubleshooting (Length: 1:10:45) Schematic Reading Workshop, 10/2015 (Length 1:19:08) Troubleshooting Strategies for Computer-Controlled Appliances (Length: 48:34) Semiconductors and PN Junctions (Length: 1:04:37) Appliance Temperature Sensing Devices & Technology (Length: 1:27:33) Voltage Measurements, Meters, Ghost Voltages, and Triac-controlled Neutrals (Length: 1:29:32) Troubleshooting with Tech Sheets, Part 1, 4/2016 (Length: 1:09:26) Troubleshooting with Tech Sheets, Part 2, 4/2016 (Length: 1:21:11) Tech Sheet Review, 4/9/2016: Bosch Speed Cooker, Amana Refrigerator, GE Glass Cooktop Range (Length: 1:22:58) Pulse Width Modulated (PWM) Switches used in Samsung Switched Mode Power Supplies (SMPS) (Length: 27:07) PWM Computer Cooling Fan in a Whirlpool Refrigerator (Length: 14:53) Understanding AC Split-phase Household Power Supplies (Length: 52:41) Troubleshooting a Samsung Electric Dryer without Disassembly using Live Tests and the Schematic (Length: 22:47) Troubleshooting a Bosch Dishwasher No-Heat Problem using the Schematic and Live Tests (Length: 15:38) Linear Motors and Linear Compressors (Length: 55:54) Bi-directional PSC Drive Motor Systems in Whirlpool VM Washers (Length: 56:52) Appliance Service Call Structure and Troubleshooting Strategies (Length: 1:00:16) The Ten Step Troubleshooting Tango and Workshop Exercises (Length: 1:35:39) Troubleshooting Ten-Step Tango Advanced Workshop (Length: 1:32:06) Ten-Step Tango Troubleshooting Workshop: Refrigerators (Length: 1:35:57) Whirlpool Duet Washer Schematic Analysis & Whirlpool Dryer Moisture Sensor System (Length: 1:03:04) Neutral Vs. Ground, Inverter Microwave, Digital Communications, Loading Down in DC loads, and more! (Length: 1:14:45) Gas Oven Service Call After a Parts Changing Monkey (Length: 36:04) AFCI and GFCI Circuit Protection Technology (Length: 41:26) Troubleshooting Samsung Refrigerators and more (Length: 1:29:58) 3-way Valves and Dual Evaporator Refrigerators (Length: 1:15:45) Split-Phase Compressors and PTC Start Devices (Length: 1:11:57) Gas Dryer Ignition Systems (Length: 53:50) Refrigerator Sealed System Thermodynamics, Part 1 (Length: 43:07) Refrigerator Sealed System Thermodynamics, Part 2 (Length 1:09:09) To access these webinars and all the other info-goodies here at Appliantology, become a Professional Appliantologist today. If you need cost-effective, time-flexible, state-of-the-art appliance technical training, check out the Master Samurai Tech Academy.
Having laid some theoretical groundwork in the last webinar, we're going to focus on practical considerations in this one. That means quick n’ dirty techniques for diagnosing sealed system problem using strategically chosen and skillfully interpreted temperature measurements. Review homework from the first session on 10-2-2017. Home refrigerator practical design and operating rules-of-thumb useful for troubleshooting Practical application exercises Troubleshooting scenario exercise Techniques for making system temperature measurements for determining superheat and subcooling Sealed system diagnosis homework assignment (to be reviewed in the next webinar in this series) If you attended the first webinar in this series, this is your payday! We’re going to apply that keen, penetrating insight you now possess into money- and time-saving shortcuts you can use to diagnose real-world refrigeration systems on service calls. See this calendar event for more details